CN107589730B - Dirt groove electric control interlocking system with fault floor shielding function and control method thereof - Google Patents
Dirt groove electric control interlocking system with fault floor shielding function and control method thereof Download PDFInfo
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- CN107589730B CN107589730B CN201710880308.3A CN201710880308A CN107589730B CN 107589730 B CN107589730 B CN 107589730B CN 201710880308 A CN201710880308 A CN 201710880308A CN 107589730 B CN107589730 B CN 107589730B
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- 238000012423 maintenance Methods 0.000 claims abstract description 23
- 238000013500 data storage Methods 0.000 claims abstract description 12
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Abstract
The invention discloses a dirt tank electric control interlocking system with a fault floor shielding function and a control method thereof, and the dirt tank electric control interlocking system comprises a power supply module, a main control module, a layer control module, an electric lock control module, a display module, a shielding setting module, an LED lamp control module, a buzzer control module, a silencing module, a resetting module, a data storage module, a smoke sensing port, a temperature sensing port, a fire protection system port, a time setting module, a fireproof door magnetic induction switch module, an access door magnetic induction switch module, a maintenance state button, an IC card information acquisition module, a door throwing switch button, a door throwing magnetic induction switch module and a fireproof valve magnetic induction switch module; the floor input door electric lock interlocking function, the fault floor shielding function, the identity verification function, the time setting function, the data storage function and the alarm function are achieved, the reliability, the safety and the utilization rate of the system are greatly improved, and the dirt groove can be managed better.
Description
Technical Field
The invention relates to a dirt groove electric control interlocking system and a control method thereof, in particular to a dirt groove electric control interlocking system with a fault floor shielding function and a control method thereof.
Background
At present, the dirt groove is applied to the aspect of building floors, dirt can be input from input doors of each floor, the dirt is conveyed to an underground floor or a bottom discharging port to reach a washing room or a temporary storage room by utilizing the vertical gravity of the dirt groove, and the dirt groove is the most effective facility for quickly, hygienically and economically conveying the dirt to the building bottom. The sewage tank is widely used in hotels and hospitals, not only can achieve the purposes of reducing pollution and rapidly conveying, but also can reduce personnel and reduce cost. At present, when a floor fails in a dirt groove electric control interlocking system on the market, the whole system can be continuously put into use after the failure is removed, and the utilization rate and the reliability of the system are affected to a certain extent.
Disclosure of Invention
In order to solve the problems, the invention aims to provide the dirt groove electric control interlocking system with the fault floor shielding function and the control method thereof, which can realize the fault floor shielding function so as to ensure the normal use of the system.
The invention solves the problems by adopting the following technical scheme:
take filth groove automatically controlled interlocking system of trouble floor shielding function, its characterized in that: the system comprises a main control module for intensively processing data information, a floor control module for respectively controlling each floor access door, an electric lock control module for controlling an access door electric lock, a shielding setting module for setting a shielding floor access door, a display module and a power supply module; the shielding setting module, the main control module, the layer control module and the electric lock control module are sequentially connected, the main control module is also connected to the display module, and the power supply module is respectively connected to the main control module, the layer control module and the display module; the electric lock control module sends electric lock switch state information to the main control module through the layer control module, the main control module judges the received electric lock switch state information and obtains floor normal state information or floor fault state information, the shielding setting module sends a shielding setting signal to the main control module, the main control module responds to the received shielding setting signal to output a shielding signal to the layer control module corresponding to the fault floor for shielding treatment, in addition, the main control module sends floor state information to the display module, and the power module outputs a power supply signal to the main control module, the layer control module and the display module.
Further, the electric lock control module comprises an electric lock, an electric lock driving module for driving the electric lock and an electric lock switch sensor module for sensing electric lock switch state information; the electric lock driving module, the electric lock and the electric lock switch sensor module are sequentially connected, the input end of the electric lock driving module is connected to the layer control module, and the output end of the electric lock switch sensor module is connected to the layer control module.
Further, the floor landing door comprises a landing door magnetic induction switch module for sensing the landing door switch state, and the landing door magnetic induction switch module is connected to the floor control module. The input door magnetic induction switch module can sense the switch state information of the floor input door in real time and send the switch state information to the floor control module.
Further, still including being used for the fire door magnetic induction switch module of the fire door switch state of response and being used for the access door magnetic induction switch module of response access door switch state, fire door magnetic induction switch module is connected to main control module, access door magnetic induction switch module is connected to layer control module.
Further, the smoke sensing port is used for being connected with an external smoke sensing alarm and the temperature sensing port is used for being connected with the external smoke sensing alarm, and the smoke sensing port and the temperature sensing port are both connected to the main control module and the layer control module.
Further, a maintenance status switch button for status switching is also included, the maintenance status switch button being connected to the main control module. The dirt tank electric control interlocking system can be brought into a maintenance state by pressing a maintenance state switching button.
Further, a data storage module for data storage is included, the data storage module being coupled to the main control module.
Further, a fire damper magnetic induction switch module is also included, the fire damper magnetic induction switch module being connected to the layer control module.
Further, the LED lamp control module for visual prompt is further included, and the LED lamp control module is connected to the main control module and the layer control module respectively. The main control module and the layer control module can output LED lamp control signals to the LED lamp control module, and the LED lamp control module responds according to the received LED lamp control signals.
Further, the LED lamp control module comprises a main control LED lamp module, and the main control LED lamp module comprises a main control LED lamp driving module and a main control LED lamp; the output end of the main control LED lamp driving module is connected to the main control LED lamp, and the input end of the main control LED lamp driving module is connected to the main control module.
Further, the LED lamp control module comprises a layer control LED lamp module, wherein the layer control LED lamp module comprises a layer control LED lamp driving module and a layer control LED lamp; the output end of the layer control LED lamp driving module is connected to the layer control LED lamp, and the input end of the layer control LED lamp driving module is connected to the layer control module.
Further, the device also comprises a buzzer control module, wherein the buzzer control module is respectively connected to the main control module and the layer control module. The main control module and the layer control module can output a buzzer control signal to the buzzer control module, and the buzzer control module responds according to the received buzzer control signal.
Further, the buzzer control module comprises a main control buzzer module, wherein the main control buzzer module comprises a main control buzzer driving module and a main control buzzer; the output end of the main control buzzer driving module is connected to the main control buzzer, and the input end of the main control buzzer driving module is connected to the main control module.
Further, the buzzer control module comprises a layer control buzzer module, wherein the layer control buzzer module comprises a layer control buzzer driving module and a layer control buzzer; the output end of the layer control buzzer driving module is connected to the layer control buzzer, and the input end of the layer control buzzer driving module is connected to the layer control module.
Further, a silencing module is also included, which is connected to the main control module. The silencing module can output silencing signals to the main control module and the layer control module, and the main control module and the layer control module can respond to the received silencing signals to stop outputting buzzer control signals to the buzzer driving module, so that the buzzer stops sounding.
Further, the display device also comprises a reset module, and the power module is also connected to the main control module and the display module respectively through the reset module. The reset module can send a reset signal to the main control module and the display module, and the main control module and the display module can perform system reset according to the received reset signal.
A control method for the electric control interlocking system of the dirt tank with the fault floor shielding function comprises the following steps:
s1: electrifying the electric control interlocking system of the dirt groove;
s2: scanning the switch states of the electric locks of all floor access doors;
s3: judging whether electric locks of all floor access doors are in a normal locking state or not;
s4: when all the electric locks of all the floor access doors are in a normal locking state, the electric control interlocking system of the dirt groove enters a preparation state, and the display module displays normal use;
s5: when all electric locks of all floor access doors are not in a normal locking state, the electric control interlocking system of the dirt groove enters a shielding alarm state, and a display module displays a fault floor;
s6: when the dirt groove electric control interlocking system enters a shielding alarm state, the fault floor is selectively shielded.
The beneficial effects of the invention are as follows: the dirt groove electric control interlocking system with the fault floor shielding function and the control method thereof can perform self-checking scanning on the on-off state of the electric lock of each floor, selectively shield the fault floor through the shielding setting module according to the self-checking scanning result, do not influence the normal use of other floors before the fault is removed, do not need to stop the operation of the whole dirt groove electric control interlocking system before the fault is removed, are different from the traditional dirt groove electric control interlocking system, greatly improve the reliability and the utilization rate of the system, and can better manage the dirt clothes groove.
Drawings
The invention is further described below with reference to the drawings and examples.
FIG. 1 is a schematic block diagram of a shielding function specific circuit of a dirt tank electric control interlocking system with a fault floor shielding function and a control method thereof;
FIG. 2 is a specific flow chart of the dirt tank electric control interlocking system with the fault floor shielding function and the control method thereof for shielding the fault floor when the dirt tank electric control interlocking system is put into use;
FIG. 3 is a schematic block diagram of the overall circuit of the dirt tank electric control interlock system with the fault floor shielding function and the control method thereof of the present invention;
FIG. 4 is a specific flow chart of the invention for normal use after a ready state of the dirt tank electric control interlock system with the fault floor shielding function and the control method thereof;
FIG. 5 is a detailed flow chart of the alarm process of the dirt tank electric control interlocking system with the fault floor shielding function and the control method thereof;
FIG. 6 is a wiring diagram of a main control module of the dirt tank electric control interlock system with the fault floor shielding function and the control method thereof according to the present invention;
FIG. 7 is a wiring diagram of a floor control module of the dirt tank electric control interlock system with the fault floor shielding function and the control method thereof.
Detailed Description
The utility model provides a take filth groove automatically controlled interlocking system of trouble floor shielding function and control method thereof, including main control module 10, layer control module 20, shielding setting module 30, electric lock drive module 41, electric lock 42, electric lock switch sensor module 43, power module 50, display module 60, LED lamp control module, buzzer control module, reset module 90, amortization module 100, prevent fire door magnetic induction switch module 140, access door magnetic induction switch module 150, drop door magnetic induction switch module 170, smoke sensing port, temperature sensing port, maintenance state shift button 180 and fire prevention valve magnetic induction switch module 190, the LED lamp control module includes main control LED lamp drive module 71, main control LED lamp 72, layer control LED lamp drive module 73 and layer control LED lamp 74, the buzzer control module includes main control buzzer drive module 81, main control buzzer 82, layer control buzzer drive module 83 and layer control buzzer 84, the smoke sensing port includes main control smoke sensing port 131 and layer control smoke sensing port 134, the temperature sensing port includes main control temperature sensing port 132 and layer control temperature sensing port 135. The main control module 10 is connected with the layer control module 20, the main control module 10 is further connected with the display module 60, the shielding setting module 30, the silencing module 100, the main control smoke sensing port 131, the main control temperature sensing port 132, the fireproof door magnetic induction switch module 140 and the maintenance state switching button 180, the main control module 10, the main control LED lamp driving module 71 and the main control LED lamp 72 are sequentially connected, and the main control module 10, the main control buzzer driving module 81 and the main control buzzer 82 are sequentially connected. The layer control module 20 is further connected with a layer control smoke sensing port 134, a layer control temperature sensing port 135, an access door magnetic induction switch module 150, a drop door magnetic induction switch module 170 and a fire valve magnetic induction switch module 190, the electric lock driving module 41, the electric lock 42 and the electric lock switch sensor module 43 are sequentially connected, the input end of the electric lock driving module 41 is connected to the layer control module 20, the output end of the electric lock switch sensor module 43 is connected to the layer control module 20, the layer control LED lamp driving module 73 and the layer control LED lamp 74 are sequentially connected, the layer control module 20, the layer control buzzer driving module 83 and the layer control buzzer 84 are sequentially connected, the power module 50 is further connected to the main control module 10 and the display module 60 through the reset module 90, and the power module 50 is further directly connected to the layer control module 20.
Referring to fig. 1, the dirt tank electric control interlocking system with the fault floor shielding function and the shielding function specific circuit schematic block diagram of the control method thereof are disclosed;
the main control module 10 and the layer control module 20 are in data communication. The electric lock driving module 41 can receive the electric lock driving signal and drive the electric lock 42 to unlock, and the electric lock switch sensor module 43 can sense the switch state information of the electric lock 43 in real time and send the switch state information to the layer control module 20.
The screen setting module 30 can receive the floor value to be masked and send it to the main control module 10 to select the floor to be masked.
The input door magnetic induction switch module 170 senses the switch status information of the floor input door in real time and sends the switch status information to the floor control module 20.
The fireproof door magnetic induction switch module 140 can sense the switch state of the fireproof door in real time and send the switch state to the main control module 10, and the access door magnetic induction switch module 150 can sense the switch state of the access door in real time and send the switch state to the main control module 10 through the layer control module 20. The fire damper magnetic induction switching module 190 can sense the switching state of the fire damper in real time and transmit the same to the main control module 10 through the layer control module 20.
By pressing the maintenance state switching button 180, the dirt tank electric control interlock system can be brought into a maintenance state in which the system is not powered off and the electric locks 42 of all floors are in a locked state.
The main control module 10 and the layer control module 20 can output LED lamp control signals to the LED lamp control module, which responds according to the received LED lamp control signals.
The main control module 10 and the layer control module 20 can output a buzzer control signal to the buzzer control module, and the buzzer control module responds according to the received buzzer control signal.
The silencing module 100 can output silencing signals to the main control module 10 and the layer control module 20, and the main control module 10 and the layer control module 20 can respond to the received silencing signals to stop outputting buzzer control signals to the buzzer driving module, so that the buzzer stops sounding.
The reset module 90 can send a reset signal to the main control module 10 and the display module 60, and the main control module 10 and the display module 60 perform system reset according to the received reset signal.
The dirt groove electric control interlocking system is connected to an external smoke alarm through a main control smoke port 131 and a layer control smoke port 134, and the external smoke alarm sends smoke alarm signals to the main control module 10 and the layer control module 20 through the main control smoke port 131 and the layer control smoke port 134 respectively to carry out smoke alarm prompt.
The dirt groove electric control interlocking system is connected to an external temperature sensing alarm through a main control temperature sensing port 132 and a layer control temperature sensing port 135, and the external temperature sensor sends temperature sensing alarm signals to the main control module 10 and the layer control module 20 through the main control temperature sensing port 132 and the layer control temperature sensing port 135 respectively to carry out high temperature alarm prompt.
Referring to fig. 2, the specific flow chart of the dirt tank electric control interlocking system with the fault floor shielding function and the control method thereof for shielding the fault floor during the commissioning of the dirt tank electric control interlocking system with the fault floor shielding function of the invention is as follows:
step S1: electrifying the electric control interlocking system of the dirt groove;
step S2: selecting a system language; the system language is selected from three languages of simplified Chinese, traditional Chinese and English.
Step S3: performing self-checking scanning on the electric lock switch state, the input door switch state, the access door switch state, the fireproof valve switch state, the smoke alarm and the temperature alarm of all floors; the floor control module 20 obtains the electric lock switch state information of the landing entrance door through the electric lock switch sensor module 43, obtains the switch state information of the landing entrance door through the entrance door magnetic induction switch module 170, obtains the switch state information of the access door through the access door magnetic induction switch module 150, obtains the switch state information of the fire valve through the fire valve magnetic induction switch module 190, and the floor control module 20 also obtains the state information of the smoke alarm through the floor control smoke port 134 and the state information of the temperature alarm through the floor control temperature port 135 and sends all the information to the main control module 10. Meanwhile, the main control module 10 obtains the on-off state information of the fireproof door through the fireproof door magnetic induction switch module 140, and also obtains the state information of the smoke alarm through the main control smoke port 131 and the state information of the temperature alarm through the main control temperature port 132.
Step S4: judging whether the states of the electric locks 42, the access doors, the fireproof valves, the smoke alarm and the temperature alarm of all the floor access doors are normal, when all the electric locks 42 of all the floor access doors are normally locked, all the access doors and the fireproof doors are normally closed, and when all the fireproof valves are normally opened, and the smoke alarm and the temperature alarm have no alarm signals, executing the step S5, otherwise executing the step S6; the main control module 10 determines according to all the received status information, if the status information is normal, then step S5 is executed, and if there is fault information in the status information, then step S6 is executed.
Step S5: the dirt groove electric control interlocking system enters a preparation state, the display module 60 prompts normal use, and the green main control LED lamp and the green layer control LED lamp are always on; the main control module 10 will respond to output normal status information to the display module 60, the display module 60 will prompt the system to use normally, in addition, the main control module 10 will respond to output LED lamp control signals to the main control LED lamp driving module 71, the main control LED lamp driving module 71 will respond to output LED lamp driving signals to green main control LED lamps, drive green main control LED lamps to light up, in addition, the main control module 10 will respond to output LED lamp control signals to transmit to the layer control LED lamp driving module 73 through the layer control modules 20 of all floors, the layer control LED lamp driving module 73 will respond to output LED lamp driving signals to green layer control LED lamps, drive green layer control LED lamps to light up, prompt the sewage tank electric control interlocking system to throw in normally, and enter a preparation state.
Step S6: the dirt groove electric control interlocking system enters a shielding alarm state, the display module 60 displays a fault floor, the red main control LED lamp and the red layer control LED lamp are all normally on, and the main control buzzer 82 and the layer control buzzer 84 both sound; the main control module 10 responds to the output of the LED lamp control signal to the main control LED lamp driving module 71, the main control LED lamp driving module 71 responds to the output of the LED lamp driving signal to the red main control LED lamp to drive the red main control LED lamp to be lighted, meanwhile, the main control module 10 also responds to the output of the buzzer control signal to the main control buzzer driving module 81, and the main control buzzer driving module 81 responds to the output of the buzzer driving signal to the main control buzzer 82 to prompt the main control buzzer 82 to act; meanwhile, the main control module 10 also responds to output the fault floor information to the display module 60, and the display module 60 responds to display the fault floor. In addition, the main control module 10 also transmits an output LED lamp control signal to the layer control LED lamp driving module 73 through all the layer control modules 20, the layer control LED lamp driving module 73 drives the red layer control LED lamp to light in response to the output LED lamp driving signal to the red layer control LED lamp, and meanwhile, the main control module 10 also transmits an output buzzer control signal to the layer control buzzer driving module 83 through all the layer control modules 20 in response to the output buzzer driving signal, and the layer control buzzer driving module 83 prompts the layer control buzzer 84 to act and prompts the fault of the dirt slot electric lock interlocking system in response to the output buzzer driving signal.
Step S7: selectively shielding the fault floor or switching the electric control interlocking system of the dirt tank to a maintenance state for maintenance; when the dirt groove electric lock interlocking system fails, the problem can be solved in two ways. The first way is: the floor value needing shielding is selected automatically through the shielding setting module 30 and is sent to the main control module 10, the main control module 10 responds to and outputs a floor shielding signal to the floor control module 20 corresponding to the fault floor, the floor control module 20 of the fault floor is shielded, when the dirt groove electric lock interlocking system does not scan the shielding floor any more in the self-checking scanning process after the shielding treatment, and the step S3 is continuously executed; the second way is: the dirt groove electric lock interlocking system is switched to the maintenance state by pressing the maintenance state switching button 180, and in the maintenance state, the dirt groove electric lock interlocking system always keeps in the power supply state, so that maintenance staff can conveniently clear faults, after the faults are removed, the dirt groove electric lock interlocking system is switched to the normal state again by pressing the maintenance state switching button 180 again, and the step S3 is continuously executed.
Referring to fig. 3, the overall circuit schematic block diagram of the dirt tank electric control interlocking system with the fault floor shielding function and the control method thereof of the present invention are shown:
the dirt groove electric control interlocking system with the fault floor shielding function has the functions of electric lock interlocking, data storage and alarm besides the fault floor shielding function, so that the invention further comprises a data storage module 110, a time setting module 120, a fire protection system port 133, an IC card information acquisition module 161 and a drop door switch button 162; the main control module 10 is further connected to the data storage module 110, the time setting module 120 and the fire protection system port 133, respectively, and the layer control module 20 is further connected to the IC card information acquisition module 161 and the drop door switch button 162, respectively.
The data storage module 110 is used for storing all information of the dirt tank electric control interlocking system, including service time of the access door, identity information of the IC card, fault information, alarm information and the like, so that the record can be conveniently queried in the future.
The dirt groove electric control interlocking system is connected to an external fire protection system through a fire protection system port 133, and the dirt groove electric control interlocking system can send alarm information to the external fire protection system through the fire protection system port 133.
For the setting of the door opening time and the door closing delay time of the input door, the setting can be performed through the time setting module 120, the time setting module 120 can collect the door opening time modification value or the door closing delay time modification value of the input door, and the door opening time and the door closing delay time of the input door are autonomously set through the main control module 10 and are sent to the layer control module 20.
The door opening mode of the input door can be realized by swiping a card or directly pressing a door opening button. The IC card information acquisition module 161 or the drop door switch button 162 can acquire the switch request information and transmit it to the layer control module 20.
Referring to fig. 4, a specific flow chart of the dirt tank electric control interlocking system with the fault floor shielding function and the normal use after the preparation state of the control method thereof in the invention is as follows:
step S5: the electric control interlocking system of the dirt tank enters a preparation state;
step P1: judging whether the verification of the switch request information is successful or not; if the step P2 is successful, the step P1 is continuously executed, otherwise, the step P is continuously executed; the IC card information acquisition module 161 or the drop door switch button 162 can acquire the switch request information and send the switch request information to the main control module 10 through the layer control module 20. When the card is swiped and the door is opened, the main control module 10 performs identity verification on the received IC card information, and when the identity verification is successful, the step P2 is continuously executed, otherwise, the step P1 is continuously executed; when the button is opened, the main control module 10 continues to execute the step P2 after receiving the switch button information, otherwise, it waits for executing the step P1.
Step P2: the electric lock 42 of the landing door of the floor is opened, the unlocking time of the electric lock 42 is 5 seconds, the electric lock is automatically locked for more than 5 seconds, the red layer controls the LED lamp to flash, and the green layer controls the LED lamp to be extinguished; the electric lock 42 of the landing door of the unused floor keeps a locking state, the red layer control LED lamp is normally on, the green layer control LED lamp is off, the display module 60 displays the floor in use, the red main control LED lamp flashes, and the green main control LED lamp is off, so that an interlocking function is achieved. When the verification of the switch request signal is successful, the floor control module 20 corresponding to the using floor responds to the output of the electric lock control signal to the electric lock driving module 41, the electric lock driving module 41 responds to the output of the electric lock driving signal to the electric lock 42, the electric lock 42 is enabled to be unlocked, meanwhile, the counting time is started for 5 seconds, and when the counting time is finished, the electric lock driving module 41 responds to the stop of the output of the electric lock driving signal to the electric lock 42, and the electric lock 42 is enabled to be locked again. Meanwhile, the floor control module 20 corresponding to the floor is also responsive to the output of the LED lamp control signal to the floor control LED lamp driving module 73, and the floor control LED lamp driving module 73 is responsive to the output of the LED lamp driving signal to the green and red floor control LED lamps, so that the green floor control LED lamp of the floor is turned off, and the red floor control LED lamp blinks. Meanwhile, the floor control module 20 of the unused floor also responds to the output of the LED lamp control signal to the floor control LED lamp driving module 73, and the floor control LED lamp driving module 73 responds to the output of the LED lamp driving signal to the green and red floor control LED lamps, so that the green floor control LED lamps of the unused floor are turned off, the red floor control LED lamps are always on, and the prompting effect is achieved. Meanwhile, the main control module 10 also sends the service floor information to the display module 60, and the display module 60 displays the service floor according to the received service floor information and displays normal opening; when the access door is opened in other ways, the display module 60 displays an illegal opening; the main control module 10 also responds to the output LED lamp control signal to the main control LED lamp driving module 71, and the main control LED lamp driving module 71 responds to the output LED lamp driving signal to the green and red main control LED lamps, so that the green main control LED lamp is turned off, and the red main control LED lamp blinks.
Step P3: judging whether a landing door of the using floor is opened within 5 seconds, if so, executing a step P4, otherwise, executing a step P10; the magnetic induction switch module 170 of the input door corresponding to the floor senses the state information of the input door in real time and sends the state information to the floor control module 20, and when the state information of the input door is opened within 5 seconds, the step P4 is executed; when the status information of the entrance door is always the on status information within 5 seconds, step P10 is executed.
Step P4: timing the door opening time of the throwing door; the floor control module 20 corresponding to the service floor counts the door opening time of the access door.
Step P5: judging whether the throwing door is closed before the set door opening time is finished; if yes, executing the step P8, otherwise executing the step P6; the magnetic induction switch module 170 of the input door corresponding to the use floor acquires the opening and closing state information of the input door in real time and sends the information to the floor control module 20, and when the opening and closing state information of the input door is closed before the set opening time is counted, the step P8 is continuously executed; when the opening and closing state information of the input door is always open before the set opening time is finished, executing step P6.
Step P6: entering a prompt state, the red main control LED lamp and the red layer control LED lamp of the using floor become normally on, the main control buzzer 82 and the layer control buzzer 84 both sound, and meanwhile, the display module 60 displays an alarm floor and displays overtime closing door; the floor control module 20 corresponding to the floor is used for responding to the output LED lamp control signal to the floor control LED lamp driving module 73, the floor control LED lamp driving module 73 is used for responding to the output LED lamp driving signal to the red floor control LED lamp, the red floor control LED lamp is enabled to be in a normally-on state, meanwhile, the floor control module 20 corresponding to the floor is used for responding to the output buzzer control signal to the floor control buzzer driving module 83, and the floor control buzzer driving module 83 is used for responding to the output buzzer driving signal to the floor control buzzer 84, and the floor control buzzer 84 is enabled to act and sound. Meanwhile, the floor control module 20 of the service floor can output prompt information to the main control module 10, the main control module 10 can respond to the output of an LED lamp control signal to the main control LED lamp driving module 71, the main control LED lamp driving module 71 can respond to the output of an LED lamp driving signal to a red main control LED lamp, the red main control LED lamp is normally on, meanwhile, the main control module 10 can respond to the output of a buzzer control signal to the main control buzzer driving module 81, the main control buzzer driving module 81 can respond to the output of a buzzer driving signal to the main control buzzer 82, the action of the main control buzzer 82 is prompted to sound, meanwhile, the main control module 10 can also send the service floor information to the display module 60, and the display module 60 can display alarm floor information according to the received service floor information and display the overtime door closing information.
Step P7: judging whether a drop door of the using floor is closed, if so, executing a step P8, otherwise, continuing to execute the step P6; the magnetic induction switch module 170 of the input door corresponding to the input floor continuously collects the opening and closing state information of the input door of the input floor in real time, and sends the information to the main control module 10 through the floor control module 20, and when the opening and closing state information of the input door of the input floor, collected by the magnetic induction switch module 170 of the input floor, is closed, step P8 is executed; when the opening and closing state information of the access door of the use floor collected by the access door magnetic induction switch module 170 is always open, the process continues to return to the execution step P6.
Step P8: the delay time of closing the door is input to start timing; the main control module 10 counts the closing delay time of the input door.
Step P9: judging whether the time delay time is finished; when the closing delay time of the input door is finished, step P10 is executed.
Step P10: releasing the interlocked state; the main control module 10 responds to the floor control module 20 outputting the interlock release signal to the unused floor, and prompts the electric lock 42 of the unused floor to be in the interlock release state, and returns to the self-checking scanning process in step S3.
Step S3: and (5) self-checking and scanning the system.
Referring to fig. 5, the detailed flow chart of the alarm process of the dirt tank electric control interlocking system with the fault floor shielding function and the control method thereof of the invention is as follows:
step S5: the system enters a preparation state;
step Q1: continuously scanning a fireproof door switch state, an access door switch state, a fireproof valve switch state, a smoke alarm and a temperature alarm; the layer control module 20 obtains the opening and closing information of the access door in real time through the access door magnetic induction opening and closing module 150, obtains the opening and closing information of the fire valve in real time through the fire valve magnetic induction opening and closing module 190, obtains the state information of the smoke alarm in real time through the layer control smoke port, obtains the state information of the temperature alarm in real time through the layer control temperature port, and sends all the information to the main control module 10. In addition, the main control module 10 obtains the opening and closing information of the fireproof door in real time through the fireproof door magnetic induction opening and closing module 140, and also obtains the state information of the smoke alarm through the main control smoke port and the state information of the temperature alarm through the main control temperature port.
Step Q2: judging whether alarm information exists, if so, executing the step Q3, otherwise, continuing to execute the step Q1; when the main control module 10 receives the smoke alarm information, the temperature alarm information, the opening and closing state information of the fireproof door is opened, the opening and closing state information of the access door is opened or the opening and closing state information of the fireproof valve is closed, the main control module 10 judges that the main control module 10 is the alarm information. When alarm information exists, executing the step Q3, otherwise, continuing to execute the step Q1.
Step Q3: displaying alarm information and entering an alarm state; the main control module 10 responds to the output alarm signal and transmits the output alarm signal to an external fire protection system through a fire protection system port 133. At the same time, the main control module 10 also responds to the output of the electric lock locking signal to all floor control modules 20, so that the electric locks 42 of all floors are kept in the locked state, and all the access doors cannot be opened. At the same time, the main control module 10 also outputs alarm information to the display module 60 for display.
Referring to fig. 6 and 7, the main control module wiring diagram and the floor control module wiring diagram of the dirt tank electric control interlock system with the fault floor shielding function and the control method thereof of the present invention, the main control module 10 and the floor control module 20 are connected through a port A, G, B. The main control module 10 and the layer control module 20 are powered by 24V direct current power supply, respectively powered by 0V port and +24V port, and are connected with communication line and shielding line, wherein the ports A and B are connected with communication line, and the port G is connected with shielding line. The communication wire is used for data communication, and the shielding wire is used for shielding interference of the outside on data transmission signals. In addition, the main control module 10, the display module 60 and the layer control module 20 are also connected by communication lines and shielding lines. The power supply wire of the main control module 10 adopts a 4 square wire diameter, the power supply wire of the layer control module 20 adopts a 2.5 square wire diameter, the signal wire adopts an RS485-5 core shielding wire, the direct current anode adopts a red wire, the cathode adopts a black wire, the signal wire adopts an orange signal connection terminal A, the blue signal connection terminal B and the shielding wire is connected with a signal terminal G. The dirt groove electric lock interlocking system is switched to the locking maintenance state by pressing the maintenance state switching button 180, and in the maintenance state, the dirt groove electric lock interlocking system always keeps in a power supply state, so that maintenance personnel can conveniently clear faults, meanwhile, all red LED lamps are always on, the prompt system is in the maintenance state and cannot be normally used, and all floor throwing doors cannot be opened through swiping cards or a switch button.
The present invention is not limited to the above embodiments, but is merely preferred embodiments of the present invention, and the present invention should be construed as being limited to the above embodiments as long as the technical effects of the present invention are achieved by the same means.
Claims (10)
1. Take filth groove automatically controlled interlocking system of trouble floor shielding function, its characterized in that: the system comprises a main control module for intensively processing data information, a floor control module for respectively controlling each floor access door, an electric lock control module for controlling an access door electric lock, a shielding setting module for setting a shielding floor access door, a display module and a power supply module; the shielding setting module, the main control module, the layer control module and the electric lock control module are sequentially connected, the main control module is also connected to the display module, and the power supply module is respectively connected to the main control module, the layer control module and the display module; the electric lock control module sends electric lock switch state information to the main control module through the layer control module, the main control module judges the received electric lock switch state information and obtains floor normal state information or floor fault state information, the shielding setting module sends a shielding setting signal to the main control module, the main control module responds to the received shielding setting signal to output a shielding signal to the layer control module corresponding to the fault floor for shielding treatment, in addition, the main control module sends floor state information to the display module, and the power module outputs a power supply signal to the main control module, the layer control module and the display module.
2. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the electric lock control module comprises an electric lock, an electric lock driving module for driving the electric lock and an electric lock switch sensor module for sensing electric lock switch state information; the electric lock driving module, the electric lock and the electric lock switch sensor module are sequentially connected, the input end of the electric lock driving module is connected to the layer control module, and the output end of the electric lock switch sensor module is connected to the layer control module.
3. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the floor entrance door comprises a floor control module, and is characterized by further comprising an entrance door magnetic induction switch module for sensing the entrance door switch state of the floor, wherein the entrance door magnetic induction switch module is connected to the floor control module.
4. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the fire door magnetic induction switch module is used for sensing a fire door switch state and the access door magnetic induction switch module is used for sensing an access door switch state, the fire door magnetic induction switch module is connected to the main control module, and the access door magnetic induction switch module is connected to the floor control module.
5. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the smoke sensing port and the temperature sensing port are connected to the main control module and the layer control module.
6. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: a maintenance status switch button for status switching is also included, the maintenance status switch button being connected to the main control module.
7. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the system also comprises a data storage module for data storage, wherein the data storage module is connected to the main control module.
8. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the LED lamp control module is used for visual prompt and is connected to the main control module and the layer control module respectively.
9. The electric control interlocking system with the fault floor shielding function for the dirt tank of claim 1, wherein: the device also comprises a buzzer control module for audible prompting, wherein the buzzer control module is respectively connected to the main control module and the layer control module.
10. A control method of an electric control interlocking system for a dirt tank with a fault floor shielding function according to any one of claims 1 to 9, comprising the following steps:
s1: electrifying the electric control interlocking system of the dirt groove;
s2: scanning the switch states of the electric locks of all floor access doors;
s3: judging whether electric locks of all floor access doors are in a normal locking state or not;
s4: when all the electric locks of all the floor access doors are in a normal locking state, the electric control interlocking system of the dirt groove enters a preparation state, and the display module prompts normal use;
s5: when all electric locks of all floor access doors are not in a normal locking state, the electric control interlocking system of the dirt groove enters a shielding alarm state, and a display module displays a fault floor;
s6: when the dirt groove electric control interlocking system enters a shielding alarm state, the fault floor is selectively shielded.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710880308.3A CN107589730B (en) | 2017-09-25 | 2017-09-25 | Dirt groove electric control interlocking system with fault floor shielding function and control method thereof |
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| CN201710880308.3A CN107589730B (en) | 2017-09-25 | 2017-09-25 | Dirt groove electric control interlocking system with fault floor shielding function and control method thereof |
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| CN107589730B true CN107589730B (en) | 2023-12-05 |
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| EA012000B1 (en) * | 2008-04-16 | 2009-06-30 | Игорь Владимирович Янковский | Garbage duct for apartment and public buildings |
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| CN203475771U (en) * | 2013-07-15 | 2014-03-12 | 天津市奥尔莱特机电设备有限公司 | Corrupt garment and linen dropping system |
| CN105569321A (en) * | 2015-12-18 | 2016-05-11 | 北京建都伟业科技发展有限公司 | Sewage channel control system |
| CN205421844U (en) * | 2016-03-16 | 2016-08-03 | 山东东融信息产业股份有限公司 | Thing door gear is thrown to filth pipeline |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EA012000B1 (en) * | 2008-04-16 | 2009-06-30 | Игорь Владимирович Янковский | Garbage duct for apartment and public buildings |
| CN201307226Y (en) * | 2008-10-24 | 2009-09-09 | 北京工业大学 | Gate control system of material feeding gate of special channel |
| CN203475771U (en) * | 2013-07-15 | 2014-03-12 | 天津市奥尔莱特机电设备有限公司 | Corrupt garment and linen dropping system |
| CN105569321A (en) * | 2015-12-18 | 2016-05-11 | 北京建都伟业科技发展有限公司 | Sewage channel control system |
| CN205421844U (en) * | 2016-03-16 | 2016-08-03 | 山东东融信息产业股份有限公司 | Thing door gear is thrown to filth pipeline |
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